Report ITU-R BT.2545-0
Policy on Intellectual Property Right (IPR)
1 Scope
2 Introduction
3 Inter-Tower Communications
Network (ITCN)
4 LDM in ITCN
5 State of the art of
existing inter-tower communications link
6 ITCN application scenarios
6.1 SFN with ITCN
6.2 SFNs with ITCN
interconnection
6.3 Coordinated ITCN
7 ITCN technical challenges
and realization solutions
7.1 Transmitter timing
control for SFN operation
7.2 Loopback signal
isolation (SI)
7.3 Self-interference
cancellation in in-band full-duplex communications
7.4 Relay station Rx
dynamic range requirement
7.5 Field tests in
Ottawa/Gatineau area (Canada)
8 ITCN and backhaul signal
structures
8.1 Signal structures
analysis
8.1.1 SISO
signal structure: a realistic scenario
8.1.2 MIMO
signal structure: a realistic scenario
8.2 Co-channel
interference study
8.2.1 LDM
signal structure co-channel interference analysis
8.2.2 TDM
signal structure co-channel interference analysis
8.2.3 LDM-LDM
vs LDM-TDM signal structures
8.3 Summary
9 ITCN network node
integrating with BCN and other technologies
9.1 DTV network
evolution: legacy and future networks
9.1.1 Legacy
DTV networks
9.1.2 Broadband
mobile access networks as a reference architecture
9.1.3 The
need of a specific broadcast core network
9.2 Future DTV
networks: transmitter network (access network) and broadcast core network
9.3 Broadcast Node
(bcNode)
9.4 Summary
10 Conclusion
References